Search results for: deep-green

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A list of search results

  • 22 April 2020
    Environment, Exploration & Production, Research & Development, Storage, Technology, Transition, Vision

    The study commissioned by DeepGreen examines how we can source the massive amount of mineral resources required for a wholesale move away from fossil fuels with the least amount of damage to the planet. As calls for a transition to renewable energy and electric transport grow louder in the face of increasing global climate chaos, […]

  • 5 April 2017
    Business & Finance, Research & Development, Technology

    Swedish tidal energy developer Minesto has released a video animation showcasing the operational principles of its Deep Green tidal kite technology.

  • 10 May 2018

    Minesto has completed the first offshore installation phase of the project aimed at demonstrating Minesto’s marine energy technology Deep Green in utility scale. The gravity-based structure, including the bottom joint system that moors Minesto’s DG500 power plant to the foundation, has been installed at the seabed in the Holyhead Deep off North West Wales. “We’re […]

  • 25 January 2019
    Research & Development, Technology

    Marine energy developer Minesto has filed a patent application with the aim of further extending the generic patent protection of its Deep Green energy technology. The new technical innovation expands the addressable market opportunities and reportedly at the same time reduces operating costs. “The innovation that we have filed for patent protection creates significant commercial […]

  • 22 June 2018

    Minesto has been selected by the European Commission for phase 1 of the Horizon 2020 SME Instrument programme. The awarded funding is dedicated to a customer-involved feasibility study with the purpose of facilitating commercialization of Minesto’s Deep Green technology. “This grant underscores Minesto’s ability and industry-leading track record in obtaining public funding support from the […]

  • 22 September 2015
    Business & Finance, Operations & Maintenance

    Minesto, a Swedish-based tidal energy developer, is expanding its team with various job openings. The company is looking for new additions to its Anglesey office who will assist Minesto in delivering Deep Green 500 kW tidal energy project that will be located in Holyhead Deep, off Holyhead Island in Wales. Minesto is recruiting for the […]

  • 12 February 2019
    Business & Finance

    Minesto has concluded warrants program adding approximately SEK 44.4 million ($4.8 million) in proceeds before issue costs to the commercialisation activities of its subsea kite technology. In total, 6,336,031 new shares in Minesto AB were subscribed through the warrants program, corresponding to a subscription rate of 97.8 percent. The new shares have been delivered to […]

  • 5 May 2016
    Equipment, Project & Tenders

    Minesto has ordered a modified version of Subsea Riser Products’ (SRP) Rocksteady bottom joint system, for its tidal energy power plant Deep Green. Delivery is scheduled for the first quarter of 2017. The bottom joint functions as a locking mechanism between Deep Green’s tether and the seabed foundation. Rocksteady comprises two parts, where one part is integrated in the […]

  • 24 March 2017

    With a significant oversupply and reduced long-term demand outlook for offshore support vessels in the oil and gas sector, a Danish offshore shipowner is turning to other sectors to keep its fleet busy. Denmark’s Maersk Supply Service, has now teamed up with DeepGreen Resources to recover polymetallic nodules from the Clarion Clipperton Zone of the […]

  • 22 March 2017
    Business & Finance, Equipment, Operations & Maintenance, Research & Development

    Maersk Supply Service has partnered with DeepGreen Resources to recover polymetallic nodules from the Clarion Clipperton Zone of the Pacific Ocean. DeepGreen is advancing the NORI Area D Project (NORI D Project) through its wholly owned subsidiary Nauru Ocean Resources Inc. (NORI). The NORI D Project is conducted in cooperation with the Republic of Nauru […]

  • 29 August 2017

    Minesto has taken delivery of the wing, the first one built for a Deep Green system in commercial scale. The wing was delivered to Minesto’s team in Holyhead from Southampton, where it has been manufactured by Green Marine. Prior to the delivery, factory acceptance test was performed at Green Marine. Among other things, fitting test […]

  • 6 March 2017
    Business & Finance, Operations & Maintenance, Research & Development, Technology

    Minesto has closed the subscription for its TO1 warrant program having secured approximately SEK 75 million ($8.35 million) in proceeds.

  • 8 September 2017
    Business & Finance, Operations & Maintenance, Research & Development, Technology

    Minesto has added four new electrical and mechanical engineers to its Holyhead office over the summer to support its tidal energy operations.

  • 7 April 2017
    Authorities & Government, Business & Finance, Technology

    Minesto hosted the visit from Mark Drakeford, Cabinet Secretary for Finance and Local Government in Wales, during which the opportunities and challenges for the tidal energy sector in Wales were discussed.

  • 24 November 2016
    Authorities & Government, Business & Finance, Research & Development, Technology

    Swedish tidal energy developer, Minesto, has joined a Swedish Green Tech trade mission on a visit to Argentina to explore market opportunities for Deep Green application in South America.

  • 2 November 2016
    Business & Finance, Research & Development, Technology

    Minesto has revealed that the results of quarter-scale sea trials of its Deep Green tidal technology correspond to full power production for a full-scale power plant.

  • 8 December 2017
    Operations & Maintenance

    Minesto has appointed Leask Marine as an offshore installation contractor to execute the installation of all the balance of plant for Minesto’s Deep Green 500kW project in Holyhead Deep off the coast of North West Wales. The contract comprises the installation and hook-up of three significant balance of plant components, namely concrete gravity base foundation structure, […]

  • 4 December 2015

    Minesto has, together with eight partners, received EUR 5.1 million, to develop the Deep Green technology within a project named PowerKite. The project will be financed through EU Horizon 2020. The aim is to develop the next generation of the Deep Green power plant; to give it a better performance, a longer life expectancy and […]

  • 12 April 2016
    Equipment, Project & Tenders

    Minesto and German tidal turbine manufacturer Schottel Hydro have completed the turbine design of Minesto’s tidal power plant Deep Green. The Swedish marine energy company has placed an order for a prototype of the turbine, with delivery planned for early 2017. During 2016 and 2017, Schottel Hydro will deliver a customized turbine solution which will fit the […]

  • 30 August 2018

    Minesto is holding an unveiling ceremony for its first marine energy kite at utility scale in Holyhead today, August 30, after the company verified the functionality of the Deep Green technology at utility scale earlier this month with its DG500 device.

  • 1 September 2015

    Bibby HydroMap has completed survey operations on the €30 million Deep Green marine energy project based off Holyhead for consultant Xodus Group on behalf of developer Minesto AB. The objective of the survey was to provide a detailed understanding of the seabed levels, characteristics and shallow geology throughout the proposed development area and associated export cable […]

  • 15 January 2015
    Business & Finance, Environment, Research & Development, Technology

    Anders Jansson, Minesto’s founder and CEO, has given insights on Minesto’s Deep Green technology gained through trials performed in Strangford Lough, in an article published on Minesto’s official website where he also announced plans for a tidal power plant in Wales. Deep Green technology produces electricity when the water current creates a hydrodynamic lift force on […]